UKCA Chemistry and Aerosol vn10.4 Tutorial 4
UKCA Chemistry and Aerosol Tutorials at vn10.4
[UM BRANCH NAME]/rose-meta/um-atmos/HEAD/etc/stash/STASHmaster/STASHmaster_A
In ukca_set_nmspec.F90:
nm_spec(1:a_max_ukcavars) = (/ & 'O3 ','NO ','NO3 ','NO2 ','N2O5 ', & 'HO2NO2 ','HONO2 ','H2O2 ','CH4 ','CO ', & !10 'HCHO ','MeOOH ','HONO ','C2H6 ','EtOOH ', & 'MeCHO ','PAN ','C3H8 ','n-PrOOH ','i-PrOOH ', & !20 'EtCHO ','Me2CO ','MeCOCH2OOH','PPAN ','MeONO2 ', & 'O3_S ','C5H8 ','ISOOH ','ISON ','MACR ', & !30 'MACROOH ','MPAN ','HACET ','MGLY ','NALD ', & 'HCOOH ','MeCO3H ','MeCO2H ','H2O ','ISO2 ', & !40 'Cl ','ClO ','Cl2O2 ','OClO ','Br ', & 'BrO ','BrCl ','BrONO2 ','N2O ','HCl ', & !50 'HOCl ','HBr ','HOBr ','ClONO2 ','CFCl3 ', & 'CF2Cl2 ','MeBr ','N ','O(3P) ','MACRO2 ', & !60 'MeCl ','CF2ClBr ','CCl4 ','CF2ClCFCl2','CHF2Cl ', & 'MeCCl3 ','CF3Br ','H2OS ','CH2Br2 ','H2 ', & !70 'DMS ','SO2 ','H2SO4 ','MSA ','DMSO ', & 'NH3 ','CS2 ','COS ','H2S ','H ', & !80 'OH ','HO2 ','MeOO ','EtOO ','MeCO3 ', & 'n-PrOO ','i-PrOO ','EtCO3 ','MeCOCH2OO ','MeOH ', & !90 'Monoterp ','Sec_Org ','SESQUITERP','SO3 ','AROM ', & 'O(3P)_S ','O(1D)_S ','NO2 ','BrO ','HCl ', & !100 'Nuc_SOL_ND','Nuc_SOL_SU','Ait_SOL_ND','Ait_SOL_SU','Ait_SOL_BC', & 'Ait_SOL_OC','Acc_SOL_ND','Acc_SOL_SU','Acc_SOL_BC','Acc_SOL_OC', & !110 'Acc_SOL_SS','Acc_SOL_DU','Cor_SOL_ND','Cor_SOL_SU','Cor_SOL_BC', & 'Cor_SOL_OC','Cor_SOL_SS','Cor_SOL_DU','Ait_INS_ND','Ait_INS_BC', & !120 'Ait_INS_OC','Acc_INS_ND','Acc_INS_DU','Cor_INS_ND','Cor_INS_DU', & 'Nuc_SOL_OC','Ait_SOL_SS','Nuc_SOL_SO','Ait_SOL_SO','Acc_SOL_SO', & !130 'Cor_SOL_SO','Nuc_SOL_NH','Ait_SOL_NH','Acc_SOL_NH','Cor_SOL_NH', & 'Nuc_SOL_NT','Ait_SOL_NT','Acc_SOL_NT','Cor_SOL_NT','XXX ', & !140 'Anth_Prec ','Bio_Prec ','Anth_Cond ','Bio_Cond ','XXX ', & 'XXX ','XXX ','XXX ','PASSIVE O3','AGE OF AIR' & !150 /)
See section 2.1 ("UKCA specific option codes") in UMDP084. NR StratTrop is n5
Make a ticket and a branch, then merge-in fcm:um.x_br/dev/lukeabraham/vn10.4_ga7_meta@28589 then call rose from within the suite directory:
cd $HOME/roses/[SUITE-ID]
rose edit -M /full/path/to/vn10.4_branch/rose-meta &
e.g.
rose edit -M /home/luke/FCM/vn10.4/vn10.4_UKCA_Tutorials/rose-meta &
then click on um and edit the meta box to point to um-atmos/HEAD
Make changes to include STASHmaster_A edits for ALICE & BOB. Click "refresh metadata". Can now select tracers in STASH.
Commit your STASH changes to your fcm branch (keeping note of the revision number [REVISION]), then edit the app/um/rose-app.conf file as follows:
- Add
STASHMSTR=STASHmasterat the end of the[env]block - After the
[file:foo]lines, add the following:
[file:STASHmaster] source=fcm:um.xm_br/dev/[YOUR MOSRS USERID]/[YOUR BRANCH NAME]/rose-meta/um-atmos/HEAD/etc/stash/STASHmaster@[REVISION]
Add requests to initialisation panel & initialise to 1.000000e-12
Time for fcm_make2_um = ~00:18:30
See u-ag308@21785
Now you can add ALICE & BOB to ukca_chem_strattrop.F90. Add to both chch_defs_strattrop_chem & chch_defs_strattrop_aer.
Then increment jpctr and jpspec in ukca_setup_chem.F90 by 2 each.
Increment n_chem_tracers in ukca_setd1defs.F90 at each ELSE IF (L_ukca_strattrop code block
Now add pressure-level output of ALICE & BOB.
0 : 192 144 36 1 O3 MASS MIXING RATIO 1 : 192 144 36 1 Field code = 2164 2 : 192 144 36 1 Field code = 2165 3 : 192 144 36 1 Molar flux density 4 : 192 144 85 1 O3 MASS MIXING RATIO 5 : 192 144 85 1 Field code = 2164 6 : 192 144 85 1 Field code = 2165
